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Nvidia reveals key GP100 Pascal details at GTC 2016 (610mm2, 15.3B transistors, 300W TDP, 3584 cores, 1480MHz boost clock)

tareyza

 

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SSP_79_575px.JPG

 

01:24PM EDT - 150B Transistors

01:23PM EDT - "The most ambitious project we have ever undertaken"

01:23PM EDT - Tesla P100

01:23PM EDT - writeln ('Hello, world.')

01:23PM EDT - Pascal time!

SSP_80_575px.JPG

 

01:34PM EDT - 170TF FP16 in a box. 8 P100s in a hybrid cube mesh

01:34PM EDT - A full deep learning rackmount server

01:34PM EDT - NVIDIA DGX-1

01:33PM EDT - But if it's 600mm2 for just the die, that's a huge jump in the size of dies being produced on 16nm/14nm TSMC/Samsung FinFET

01:33PM EDT - Need to get confirmation on whether 600mm2 is just the GPU die, or if they're counting other parts as well

01:32PM EDT - "We'll ship it... soon"

01:32PM EDT - P100 servers coming in Q'17

01:31PM EDT - P100 in volume production today

01:30PM EDT - NV wanted new algorithms to take advantage of the hardware

01:29PM EDT - Recapping NVLink. 5x the aggregate speed of PCIe 3.0

01:29PM EDT - "TSMC CoWoS® (Chip-On-Wafer-On-Substrate) services use Through Silicon Via (TSV) technology to integrate multiple chips into a single device. This architecture provides higher density interconnects, decreases global interconnect length, and lightens associated RC loading resulting in enhanced performance and reduced power consumption on a smaller form factor."

01:28PM EDT - Chip on Wafer on Substrate, the largest such chip ever made

01:28PM EDT - Er, 600mm^2 !!!!

01:27PM EDT - 500mm^2 !!

 

 

Note: Anandtech's original live blog was written with newest updates on top, so read the post down to up, not up to down like how one normally reads posts. 

 

Key details: 

5.3TF FP64, 10.6TF FP32, 21.2TF FP16, 14MB SM Register File, 4MB L2 Cache

 

Anandtech's live GTC blog of Nvidia's keynote address reveals several interesting details about GP100, the big Pascal die going into their new Tesla GPU. Notably, it features a very large 14MB register file, has FP64 compute as 1/2 that of FP32 compute, and has a 600mm^2 die. (The 150 billion transistors mentioned above includes transistors found in RAM). Anandtech also speculates that Pascal may be released in June, to coincide with the launch of CUDA 8 which supports Pascal. 

 

Source: Anandtech (http://www.anandtech.com/show/10225/the-nvidia-gtc-2016-live-blog)

 

Updates: NVIDIA has also posted a detailed article on GP100 on their website, with key details shown below. 

 

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Like previous Tesla GPUs, GP100 is composed of an array of Graphics Processing Clusters (GPCs), Streaming Multiprocessors (SMs), and memory controllers. GP100 achieves its colossal throughput by providing six GPCs, up to 60 SMs, and eight 512-bit memory controllers (4096 bits total). The Pascal architecture’s computational prowess is more than just brute force: it increases performance not only by adding more SMs than previous GPUs, but by making each SM more efficient. Each SM has 64 CUDA cores and four texture units, for a total of 3840 CUDA cores and 240 texture units.

 

Delivering higher performance and improving energy efficiency are two key goals for new GPU architectures. A number of changes to the SM in the Maxwell architecture improved its efficiency compared to Kepler. Pascal builds on this and incorporates additional improvements that increase performance per watt even further over Maxwell. While TSMC’s 16nm Fin-FET manufacturing process plays an important role, many GPU architectural modifications were also implemented to further reduce power consumption while maintaining high performance.

 

The following table provides a high-level comparison of Tesla P100 specifications compared to previous-generation Tesla GPU accelerators.

Tesla Products Tesla K40 Tesla M40 Tesla P100
GPU GK110 (Kepler) GM200 (Maxwell) GP100 (Pascal)
SMs 15 24 56
TPCs 15 24 28
FP32 CUDA Cores / SM 192 128 64
FP32 CUDA Cores / GPU 2880 3072 3584
FP64 CUDA Cores / SM 64 4 32
FP64 CUDA Cores / GPU 960 96 1792
Base Clock 745 MHz 948 MHz 1328 MHz
GPU Boost Clock 810/875 MHz  1114 MHz 1480 MHz
FP64 GFLOPs 1680 213 5304[1]
Texture Units 240 192 224
Memory Interface 384-bit GDDR5 384-bit GDDR5 4096-bit HBM2
Memory Size Up to 12 GB Up to 24 GB 16 GB
L2 Cache Size 1536 KB 3072 KB 4096 KB
Register File Size / SM 256 KB 256 KB 256 KB
Register File Size / GPU 3840 KB 6144 KB 14336 KB
TDP 235 Watts 250 Watts 300 Watts
Transistors 7.1 billion 8 billion 15.3 billion
GPU Die Size 551 mm² 601 mm² 610 mm²
Manufacturing Process 28-nm 28-nm 16-nm

 

Block Diagrams: 

The Pascal GP100 Streaming Multiprocessor

 

 

Pascal GP100 Block Diagram

Source: NVIDIA (https://devblogs.nvidia.com/parallelforall/inside-pascal/)

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May you please change the text to without format. So the white background isn't there? Us on the dark theme cannot read the text all that well. Thanks.

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CPU: Ryzen 7 7800X3D

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So they added more cores and Slapped DP Units and stuff in there... Anyone have a run down of what these do? 

Computing enthusiast. 
I use to be able to input a cheat code now I've got to input a credit card - Total Biscuit
 

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4 minutes ago, Deletive said:

So they added more cores and Slapped DP Units and stuff in there... Anyone have a run down of what these do? 

Yup that is the only thing they have done. Just looking at the size of the card it just looks like some cores slapped on. Yup 100%

ƆԀ S₱▓Ɇ▓cs: i7 6ʇɥפᴉƎ00K (4.4ghz), Asus DeLuxe X99A II, GT҉X҉1҉0҉8҉0 Zotac Amp ExTrꍟꎭe),Si6F4Gb D???????r PlatinUm, EVGA G2 Sǝʌǝᘉ5ᙣᙍᖇᓎᙎᗅᖶt, Phanteks Enthoo Primo, 3TB WD Black, 500gb 850 Evo, H100iGeeTeeX, Windows 10, K70 R̸̢̡̭͍͕̱̭̟̩̀̀̃́̃͒̈́̈́͑̑́̆͘͜ͅG̶̦̬͊́B̸͈̝̖͗̈́, G502, HyperX Cloud 2s, Asus MX34. פN∩SW∀S 960 EVO

Just keeping this here as a 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Just now, SamStrecker said:

Yup that is the only thing they have done. Just looking at the size of the card it just looks like some cores slapped on. Yup 100%

Given Pascal was the original design and Maxwell had to tear parts out to fit, this really shouldn't surprise us. That said, they've probably done much more than just increase the total number of clusters.

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Now to wait for AMD's upcoming GPUs

I wonder how 16nm would compare to 14nm

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The most striking thing is that huge L2 cache.

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4 minutes ago, SamStrecker said:

Yup that is the only thing they have done. Just looking at the size of the card it just looks like some cores slapped on. Yup 100%

Well I can notice a difference but I'm wondering what most of these difference make in performance and why.

2 minutes ago, patrickjp93 said:

The most striking thing is that huge L2 cache.

Wasn't L2 Cache on Maxwell already pretty big? 

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Just now, Deletive said:

Well I can notice a difference but I'm wondering what most of these difference make in performance and why.

Wasn't L2 Cache on Maxwell already pretty big? 

2.5MB iirc.

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4 minutes ago, Deletive said:

Well I can notice a difference but I'm wondering what most of these difference make in performance and why.

Wasn't L2 Cache on Maxwell already pretty big? 

 

3 minutes ago, patrickjp93 said:

2.5MB iirc.

2MB on GM204, 3MB on GM200

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Just now, Glenwing said:

 

2MB on GM204, 3MB on GM200

Thank you kindly.

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Well I'm ready to upgrade my 680s. They have been struggling on my UW screen.

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i might be missing something here, im dont know the nvidia lingo and normally skip this kind of posts as i know nothing of what this means...

 

but isnt the Tesla gpu for workstation and supercomputeres? so not the average consumer?

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1 hour ago, Spectrez said:

i might be missing something here, im dont know the nvidia lingo and normally skip this kind of posts as i know nothing of what this means...

 

but isnt the Tesla gpu for workstation and supercomputeres? so not the average consumer?

so you DO know nvidia lingo.

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8 hours ago, Deletive said:

So they added more cores and Slapped DP Units and stuff in there... Anyone have a run down of what these do? 

Not only that. If my understanding is correct they shrunk the size of their SMs to half the size of Maxwell SMs. So even better power efficiency. If you have smaller SMs then you can more finely tune the SMs so that you only use the ones you need.  Thus saving boat loads of power.

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GP 100 = 980ti + 1000 cuda cores+ HBM2... and thats about it?

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On 06/04/2016 at 9:05 PM, Mr_Troll said:

GP 100 = 980ti + 1000 cuda cores+ HBM2... and thats about it?

And it's a 43% increase in FP32 performance over the Titan X, which is the most important metric.  And the P100 is also not Big Pascal.  It's missing 4 SM units, which is 256 extra CUDA cores.  Every new architecture, 1 CUDA core does more than the previous 1 CUDA core. 1 Maxwell CUDA core =/= 1 Pascal CUDA core.

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18 minutes ago, Samfisher said:

And it's a 43% increase in FP32 performance over the Titan X, which is the most important metric.  And the P100 is also not Big Pascal.  It's missing 4 SM units, which is 256 extra CUDA cores.  Every new architecture, 1 CUDA core does more than the previous 1 CUDA core. 1 Maxwell CUDA core =/= 1 Pascal CUDA core.

A CUDA core is just a stream processor. It's the clusters of them which change in quality and characteristics. The big thing for Nvidia in Maxwell was Delta Color Compression and far better ROPs and TMUs. The SPs may have slightly altered designs, but all they are, are floating point units.

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3 minutes ago, patrickjp93 said:

A CUDA core is just a stream processor. It's the clusters of them which change in quality and characteristics. The big thing for Nvidia in Maxwell was Delta Color Compression and far better ROPs and TMUs. The SPs may have slightly altered designs, but all they are, are floating point units.

I know.  Never said it was.  Was comparing floating point performance between Maxwell and Pascal, and that the P100 isn't the full blown Pascal chip.

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42 minutes ago, Samfisher said:

And it's a 43% increase in FP32 performance over the Titan X, which is the most important metric.  And the P100 is also not Big Pascal.  It's missing 4 SM units, which is 256 extra CUDA cores.  Every new architecture, 1 CUDA core does more than the previous 1 CUDA core. 1 Maxwell CUDA core =/= 1 Pascal CUDA core.

P100 uses the GP100, the top tier Pascal GPU. I highly doubt they'll bin it for their HPC clients... they didn't do that for GM200 AFAIK

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1 minute ago, GidonsClaw said:

P100 uses the GP100, the top tier Pascal GPU. I highly doubt they'll bin it for their HPC clients... they didn't do that for GM200 AFAIK

Like I mentioned in the other thread, Nvidia's devblog supports what I said :P

 

Quote

GP100 achieves its colossal throughput by providing six GPCs, up to 60 SMs, and eight 512-bit memory controllers (4096 bits total). Each SM has 64 CUDA cores and four texture units, for a total of 3840 CUDA cores and 240 texture units.

P100 is 56 SMs and therefore isn't Big Pascal. P100 has 3584 CUDA cores.  GP100 will have 3840.  That's the Titan class GPU we will be getting for desktops.

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1 minute ago, Samfisher said:

Like I mentioned in the other thread, Nvidia's devblog supports what I said :P

 

P100 is 56 SMs and therefore isn't Big Pascal. P100 has 3584 CUDA cores.  GP100 will have 3840.  That's the Titan class GPU we will be getting for desktops.

And like I replied... Ok... let's for arguments sake agree this is a binned GP100... possibly the next Ti?

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Storage: 256GB M.2 SSD

Storage: 1TB 5400rpm 2.5" HDD

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Project: Spartan 1.2 PLEASE SUPPORT ME NEW CHANNEL > Tech Inquisition

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Just now, Samfisher said:

Like I mentioned in the other thread, Nvidia's devblog supports what I said :P

 

P100 is 56 SMs and therefore isn't Big Pascal. P100 has 3584 CUDA cores.  GP100 will have 3840.  That's the Titan class GPU we will be getting for desktops.

Indeed. For NVidia to use cut down chips for their high end business market should tell you something about their yields at the moment. A high end consumer model is far away for sure.

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